Background

Across India, access to quality science education remains uneven, particularly in underserved and rural communities where learning is often limited by a lack of resources and infrastructure. While subjects like physics form a core part of school curricula, opportunities for hands-on, experiment-based learning can sometimes be limited, making it harder for students to build a deeper conceptual understanding. Studies indicate that over 50% of students in government and low-resource schools struggle with applying basic scientific concepts, highlighting a gap between what is taught and what is actually understood.

This is shaped by factors like limited access to laboratories, equipment, and trained facilitation. Opportunities for hands-on experimentation can be limited, which can make it harder for students to visualise abstract concepts such as motion, electricity, or force. At the same time, teachers often work within practical constraints that can make it challenging to consistently incorporate experiment-based learning into classrooms. Surveys suggest that less than 30% of schools in India have access to functional science lab facilities, which highlights the growing need to expand access to experiential learning opportunities.

The WonderLab Collective is an initiative that hopes to address this. Recognising that curiosity and experimentation are what lie at the heart of scientific thinking, the initiative seeks to explore ways of making physics education more interactive, accessible, and rooted in real-world understanding. By focusing on low-cost, adaptable models of learning, it aims to bring hands-on science closer to classrooms in a way that is both practical and scalable.